1 00:00:12,450 --> 00:00:12,870 Hello. 2 00:00:12,900 --> 00:00:18,840 In this tutorial, we will learn how can we use lost cell modules in delta pulses? 3 00:00:19,320 --> 00:00:22,260 This is the menu of the load cell module. 4 00:00:22,500 --> 00:00:32,790 And in here, the name of this book the 201 two or 211 L c a cell. 5 00:00:32,940 --> 00:00:41,070 This is the cuts of the blood cells, and now I will just quickly explain technical information and 6 00:00:41,070 --> 00:00:47,160 then we will use LC solved software and we will see how can we use it? 7 00:00:47,550 --> 00:00:47,970 OK. 8 00:00:48,210 --> 00:00:51,810 First of all, this is the functional specifications. 9 00:00:51,990 --> 00:00:54,540 And here what we need to forward. 10 00:00:54,720 --> 00:00:57,430 A lower cell module is the left side module. 11 00:00:57,690 --> 00:01:04,200 And if we look to place it directly to the right side, we are adding Unalaq modules or ion modules. 12 00:01:04,200 --> 00:01:07,770 But the left side we are using last time module. 13 00:01:07,800 --> 00:01:11,340 This is the first thing and the second thing communication interface. 14 00:01:12,150 --> 00:01:15,150 This is how can we go online to LaSalle? 15 00:01:15,420 --> 00:01:18,180 Or how can we communicate with the last cell module? 16 00:01:18,420 --> 00:01:20,880 And this is our standard 32. 17 00:01:21,000 --> 00:01:22,530 This is a standard table. 18 00:01:22,830 --> 00:01:30,180 We are connecting to LC and also with the same or one cable. 19 00:01:30,330 --> 00:01:35,330 We can go online to Lausanne module also and applicable sensor type. 20 00:01:35,340 --> 00:01:41,670 This is the lost cells sensors we have for wired or 6Y or Lotso connection. 21 00:01:41,910 --> 00:01:45,180 OK, and here the maximum distance, one hundred meter. 22 00:01:45,180 --> 00:01:46,410 It doesn't matter for us. 23 00:01:46,650 --> 00:01:50,010 And let's go down a little bit more here. 24 00:01:50,220 --> 00:01:53,460 You can see lower cell module drawings. 25 00:01:53,790 --> 00:01:55,470 It is like that, OK? 26 00:01:55,800 --> 00:02:04,920 And on the last tile module, we have exchange and signal and sensor shield, and that's all here. 27 00:02:04,930 --> 00:02:11,150 You can see the outputs, but this is a 211 loss module, about two hundred and two we don't have. 28 00:02:11,480 --> 00:02:12,900 Let's go down here. 29 00:02:13,780 --> 00:02:19,210 Normally, a lot of times I'm using DVP 202 L C SL. 30 00:02:19,330 --> 00:02:20,260 This is Los Alamos. 31 00:02:20,740 --> 00:02:29,000 And here the cabling point exchange plus and minus signal plus and minus sensor plus and minus. 32 00:02:29,020 --> 00:02:29,380 OK. 33 00:02:29,650 --> 00:02:32,980 And two Lossl can connect the two. 34 00:02:34,140 --> 00:02:42,430 DVP 202 lost cell model, if you need if you have four lot cell than we actually use two times this 35 00:02:42,630 --> 00:02:43,500 model, OK? 36 00:02:43,680 --> 00:02:48,480 On the module, the power indicator run and error indicators, but it doesn't measure for us. 37 00:02:48,780 --> 00:02:54,660 Already, we can see in that indicator zero indicator or maximum weight indicator doesn't matter. 38 00:02:55,020 --> 00:03:03,330 Here we can see the running stop and the communication port and drawing also and little bit down. 39 00:03:03,570 --> 00:03:13,110 We have the cabling pin out, but this is the same same cable with the going online to Pelosi and also 40 00:03:13,110 --> 00:03:16,660 same cable we can use for the lot cell module. 41 00:03:16,910 --> 00:03:20,130 We are arrest 202 32 port OK. 42 00:03:20,430 --> 00:03:21,990 And we can go down here. 43 00:03:22,920 --> 00:03:25,140 We have the cabling. 44 00:03:25,320 --> 00:03:27,930 If we have for Wired, this is LaSalle. 45 00:03:27,930 --> 00:03:32,040 And if the lost cell has for wired lost, our sensor is for wired. 46 00:03:32,370 --> 00:03:35,880 This is how can we connect these cables? 47 00:03:36,150 --> 00:03:42,810 Then Exchange Plus comes from here and already exchange policy is. 48 00:03:44,830 --> 00:03:53,050 Breached with the sensor plus sensor minus is connected or breached with the exchange minus or six wire 49 00:03:53,050 --> 00:03:53,770 connection. 50 00:03:53,920 --> 00:03:57,610 From here, you can see they can do the same connection. 51 00:03:57,820 --> 00:04:03,310 We have exchange plus and minus signal plus and minus and sensor palace and sensor minuses. 52 00:04:03,970 --> 00:04:07,150 Bridge to exchange plus and minus. 53 00:04:07,150 --> 00:04:07,900 That's all OK. 54 00:04:08,140 --> 00:04:09,010 This is important. 55 00:04:09,220 --> 00:04:14,560 And here you can see the lost cell modules can connect to this parallel. 56 00:04:14,830 --> 00:04:17,080 OK for module, for example. 57 00:04:17,260 --> 00:04:23,950 This is an image, a square area, and one is this is your square area. 58 00:04:23,950 --> 00:04:29,920 One module here, one module in the left side, upper side and one here and one here than this four 59 00:04:30,100 --> 00:04:32,140 can be connected as parallel. 60 00:04:32,380 --> 00:04:38,560 And then one channel that can read completely or exact or press that. 61 00:04:40,490 --> 00:04:42,230 Wait, that's all but. 62 00:04:43,340 --> 00:04:48,690 We can't put three or we can put two module parallel also. 63 00:04:48,710 --> 00:04:49,120 OK. 64 00:04:49,580 --> 00:04:56,300 And if we go down what we have also here, let's check once here the controller registers. 65 00:04:56,510 --> 00:05:03,650 These are really important for us because of why we need to use controller registers to read the rate 66 00:05:04,010 --> 00:05:05,090 and also. 67 00:05:06,200 --> 00:05:08,240 Cleared the way or make it zero. 68 00:05:08,360 --> 00:05:15,110 And anything else we shall do use control registers via our CPU CPU means Pelosi OK. 69 00:05:15,350 --> 00:05:17,420 And here's the important point. 70 00:05:18,320 --> 00:05:20,100 What should we take a look? 71 00:05:20,120 --> 00:05:27,170 These aren't OK to tear measured by Channel one, low and high value and Channel eight and nine. 72 00:05:27,560 --> 00:05:32,060 And if you go to a Channel two and wait measured by Channel one and two. 73 00:05:32,330 --> 00:05:35,870 This is this 12, 13, 14 and 15. 74 00:05:36,110 --> 00:05:39,590 Or if we want to measure data, is Taylor. 75 00:05:39,980 --> 00:05:42,700 We need eight, nine and 10 and 11. 76 00:05:42,710 --> 00:05:43,250 OK. 77 00:05:43,580 --> 00:05:53,870 And if we go down a little bit more, what is really important rate of weight now and go down and it 78 00:05:53,870 --> 00:05:55,560 is almost finished filter. 79 00:05:55,580 --> 00:05:57,890 These are all we can adopt them all. 80 00:05:57,890 --> 00:05:58,730 We are software. 81 00:05:59,930 --> 00:06:01,910 And I'm just looking. 82 00:06:02,330 --> 00:06:03,110 Nothing else. 83 00:06:04,220 --> 00:06:05,170 Little bit down. 84 00:06:06,760 --> 00:06:14,500 Hear descriptions of the control registers, but no, I don't need them all for a moment and stability 85 00:06:14,500 --> 00:06:15,820 check doesn't matter. 86 00:06:16,270 --> 00:06:22,960 Here you can see the zero range and anything else this this is the PDF file that I'm going to share 87 00:06:22,960 --> 00:06:23,500 with you. 88 00:06:23,710 --> 00:06:25,600 You can do a download and you can take a look. 89 00:06:25,600 --> 00:06:32,560 Once correspondence between current output and weights, you can see the current output and the exact 90 00:06:32,560 --> 00:06:38,320 the maximum weight, but doesn't matter for us and little bits are making an adjustment. 91 00:06:39,950 --> 00:06:46,040 And here, how can we adapt our lifestyle model and the court's example? 92 00:06:46,400 --> 00:06:49,640 But OK, and then what will we do now? 93 00:06:50,720 --> 00:07:03,200 I will go, uh, open the LC soft and then we will see how can we do some important adjustment about 94 00:07:03,200 --> 00:07:04,100 the last cell model? 95 00:07:04,250 --> 00:07:07,970 And how can we write a code for the lost cell model? 96 00:07:08,120 --> 00:07:12,470 And how can we read the weight from the Lausanne model into next tutorial? 97 00:07:12,680 --> 00:07:15,680 I will continue to see you into next tutorial.